The DS3800HLCB is a General Electric Mark IV Speedtronic turbine control board, a high-speed discrete input/output module with a suffix indicating a variant with higher channel density or different I/O mixing compared to the HLCA series. The “B” suffix typically denotes more output channels, a different input/output ratio, or specialized functionality, along with basic conformal coating for standard indoor protection. This board is designed for applications requiring more actuation channels than the HLCA while maintaining high-speed discrete I/O processing.
The DS3800HLCA1E1E is a General Electric Mark IV Speedtronic turbine control board, a high-speed discrete input/output module with a suffix code indicating: 8 inputs + 8 outputs (1), firmware revision E1 (E1), and enhanced environmental protection (E = conformal coating with improved humidity and mild chemical resistance). The E1 firmware offers the most advanced filtering, fastest response, enhanced diagnostics, and comprehensive fault logging in the HLCA series, while the E-grade coating provides superior moisture resistance, making this variant the premium configuration for high-speed discrete I/O processing with advanced diagnostics and environmental resilience.
The DS3800HLCA1D1E is a General Electric Mark IV Speedtronic turbine control board, a high-speed discrete input/output module with a suffix code indicating: 8 inputs + 8 outputs (1), firmware revision D1 (D1), and enhanced environmental protection (E = conformal coating with improved humidity and mild chemical resistance, superior to D). The D1 firmware offers advanced filtering, faster response, enhanced diagnostics, and improved fault logging for high-speed discrete I/O processing, while the E-grade coating provides better moisture resistance than D, making this variant suitable for demanding applications requiring fast digital signal processing with superior environmental resilience.
The DS3800HLCA1C1D is a General Electric Mark IV Speedtronic turbine control board, a high-speed discrete input/output module with a suffix code indicating: 8 inputs + 8 outputs (1), firmware revision C1 (C1), and enhanced environmental protection (D = conformal coating with improved humidity and mild chemical resistance). The C1 firmware offers advanced filtering, faster response, and enhanced diagnostics for high-speed discrete I/O processing, while the D-grade coating provides superior moisture resistance, making this variant suitable for demanding applications requiring fast digital signal processing with improved environmental resilience.
The DS3800HLCA is a General Electric Mark IV Speedtronic turbine control board, a high-speed discrete input/output module with a suffix indicating a specialized configuration (HLC) and basic environmental protection (A = standard coating). The “HLC” designation typically denotes a high-speed logic control module designed for fast-response digital signals, combining both inputs and outputs on a single board. This variant is tailored for applications requiring rapid discrete I/O processing such as speed sensing, trip logic, and valve control.
The DS3800HL0A1EC is a General Electric Mark IV Speedtronic turbine control board, a high-speed discrete input module with a suffix code indicating: custom configuration (L0 – likely a specialized variant), discrete input channels (A1 – firmware revision), and enhanced environmental protection (EC = conformal coating with improved humidity and chemical resistance). The “L” series typically denotes a high-speed logic or discrete I/O module designed for fast-response digital signals such as proximity switches, limit switches, and speed/position sensors. The EC coating provides good moisture and mild chemical protection for demanding indoor applications.
The DS3800HITA1F1F is a General Electric Mark IV Speedtronic turbine control board, a high-speed analog input module with a suffix code indicating: 4 differential channels (1), firmware revision F1 (F1), and enhanced environmental protection (F = conformal coating with superior chemical and moisture resistance, positioned between E and G grades). The F1 firmware offers advanced filtering, higher sampling stability, enhanced diagnostics, and improved data buffering, while the F-grade coating provides better resistance to humidity and chemicals than E, making this variant suitable for demanding applications requiring high-speed analog data acquisition with advanced signal processing and improved environmental resilience.
The DS3800HITA1F1E is a General Electric Mark IV Speedtronic turbine control board, a high-speed analog input module with a suffix code indicating: 4 differential channels (1), firmware revision F1 (F1), and enhanced environmental protection (E = conformal coating with improved humidity and mild chemical resistance). The F1 firmware offers advanced filtering, higher sampling stability, enhanced diagnostics, and improved data buffering for dynamic signal processing, while the E-grade coating provides superior moisture resistance, making this variant suitable for demanding applications requiring high-speed analog data acquisition with advanced signal processing and environmental resilience.
The DS3800HITA1E1E is a General Electric Mark IV Speedtronic turbine control board, a high-speed analog input module with a suffix code indicating: 4 differential channels (1), firmware revision E1 (E1), and enhanced environmental protection (E = conformal coating with improved humidity and mild chemical resistance). The E1 firmware offers advanced filtering, higher sampling stability, and enhanced diagnostics for dynamic signal processing, while the E-grade coating provides superior moisture resistance, making this variant suitable for demanding applications requiring high-speed analog data acquisition with improved environmental resilience.
The DS3800HITA is a General Electric Mark IV Speedtronic turbine control board, a high-speed analog input module designed for processing fast-changing process signals such as vibration, speed, and dynamic pressure. Unlike standard analog input modules (HIMA/HIMB), the HITA series features higher sampling rates and faster scan times, making it suitable for real-time turbine monitoring and protection applications. The “A” suffix typically indicates basic configuration with standard environmental protection.
The DS3800HIOD1H1H is a General Electric Mark IV Speedtronic turbine control board, a hybrid analog input/output module with a suffix code indicating: 4 inputs + 8 outputs (1), firmware revision H1 (H1), and heavy conformal coating (H = the highest level of environmental protection, superior to G-grade). The H1 firmware offers the most advanced linearization, adaptive filtering, and predictive diagnostics in the HIO series, while the H-grade coating provides maximum resistance to humidity, salt spray, and corrosive chemicals. This variant is the ultimate configuration for high-density analog output control in the most extreme industrial environments.
The DS3800HIOD1H1G is a General Electric Mark IV Speedtronic turbine control board, a hybrid analog input/output module with a suffix code indicating: 4 inputs + 8 outputs (1), firmware revision H1 (H1), and heavy conformal coating (G = superior chemical and moisture resistance). The H1 firmware offers the highest level of advanced linearization, adaptive filtering, and predictive diagnostics in the HIO series, while the G-grade coating provides excellent resistance to humidity, salt spray, and mild chemicals. This variant is the top-tier configuration for high-density analog output control in the most demanding industrial environments.
